WG-0.25JS(F) Series Pulse Vacuum Autoclaves
WG series pulsating vacuum sterilizers use saturated steam as the sterilizing medium, by relying on the physical property that the saturated steam can release a large amount of latent heat and moisture during condensation, it renders items to be sterilized in a highly heated and humid state. After a period of heat preservation, the purpose of sterilization is achieved. The effect of cold air on temperature is eliminated by means of pulsating vacuum exhaust, finally the items drying is realized by the vacuum dehumidification combined with jacket.
WG series pulsating vacuum sterilizers are mainly used in central sterile supply department, third-party disinfecting supply centers, and operating rooms, where medical devices, dressings, rubber, lumen devices, implantable devices, and liquids are sterilized.
Structure and Characteristic of the Equipment
Body of the sterilizer: Designing, manufacturing and inspection are performed according to GB/T 150 “Pressure Vessel”, GB 8599 “Technical Requirements for Large Steam Sterilizer Automatic Control Type” and TSG 21-2016 “Stationary Pressure Vessel Safety Technical Supervision Regulations”.
The main structure is of a rectangular cross section with European ring-type jacket with reinforcing ribs. The doors are pneumatically sealed, and the two doors are interlocked, which fully meets the specific requirements.
The materials that come into contact with steam such as the interior liner and door panels are all S30408 stainless steel, with a designed service life up to 10 years and 20,000 sterilization cycles (316L stainless steel is the optional material with designed service life of 15 years and 30,000 sterilization cycles). The gear rack and the teeth are made of S30408 stainless steel, and the jacket is made of high-quality Q245R material specific for pressure vessels, with S30408 optional.
With standard GMP authentication interface.
Piping System: 304 stainless steel sanitary pipes, with clamp joints. Adopting GEMU angle seat pneumatic valves imported from Germany, solenoid valves supplied by Taiwan AirTAC and directly connected water ring vacuum pump imported from German SPECK.
(Optional) Smart automatic drainage system, water-conservative noise reduction system and pipeline insulation treatment.
Controlling System: Adopting imported Siemens PLC and colorful touch screens on the operator’s side; the printer prints the process data of each stage in real time manner; with a variety of safety and alarming systems.
(Optional) Equipped with a communication interface connected with the quality tracing system of the disinfecting supply center. Intelligent maintenance system, with remote monitoring and maintenance modules.
Double pulsation processes more thoroughly remove the interior air, improving fatigue life of equipment, with excellent drying performance.
Main Parameters and Utilities
| Designed Pressure of Inner Chamber | -0.1 ~ 0.3MPa | Opening Pressure for Inner Chamber’s Safety Valve | 0.28MPa |
|---|---|---|---|
| Designed Pressure of Jacket | 0.3MPa | Opening Pressure for Jacket’s Safety Valve | 0.28MPa |
| Designed Temperature | 150°C | Precision of Sterilization Temperature Control | 0~2°C |
| Maximum Working Temperature | 138°C | Temperature Uniformity | ± 1°C |
| Maximum Working Pressure | 0.25MPa | Negative Pressure Pulsation Vacuum Amplitude and Times | Amplitude -80~0KPa, Times 1~99 |
| Vacuum Leakage Rate | ≤ 0.13 KPa/min | Times of Pulses Across Pressure | Amplitude -80~80KPa, Times 1 |
| Ultimate Vacuum | -96KPa | Times of Positive Pressure Pulses | 1 ~ 3 |
Size & Utilities
| Model | Size of Liner | Volume m³ | Overall Size L × W × H (mm) | Weight (Kg) | Steam Consumption (Kg/C) | Tap Water Consumption (Kg/C) | Power Supply | Power | |
|---|---|---|---|---|---|---|---|---|---|
| W × H (mm) | Depth (mm) | ||||||||
| WG-0.25JS(F) | 550 × 550 | 845 | 250 | 1150 × 1310 × 1880 | 750 | 18 | 120 | 380V, 50HZ | 2KW + 24KW |
| WG-0.36JS(F) | 610 × 610 | 1000 | 360 | 1320 × 1350 × 1930 | 850 | 22 | 180 | 380V, 50HZ | 2KW + 24KW |
| WG-0.6JS(F) | 610 × 910 | 1150 | 600 | 1470 × 1410 × 2100 | 1250 | 35 | 320 | 380V, 50HZ | 3KW + 36KW |
| WG-0.8JS(F) | 610 × 910 | 1490 | 800 | 1820 × 1410 × 2100 | 1350 | 47 | 400 | 380V, 50HZ | 3.5KW + 48KW |
| WG-1.0JS(F) | 610 × 910 | 1815 | 1000 | 2150 × 1410 × 2100 | 1550 | 55 | 500 | 380V, 50HZ | 3.5KW + 48KW |
| WG-1.2JS(F) | 680 × 1180 | 1500 | 1200 | 1820 × 1490 × 2050 | 1650 | 65 | 600 | 380V, 50HZ | 3.5KW + 72KW |
| WG-1.5JS | 680 × 1180 | 1900 | 1500 | 2220 × 1490 × 2050 | 1850 | 80 | 750 | 380V, 50HZ | 4KW |
| WG-2.0JS | 900 × 1380 | 1650 | 2000 | 1980 × 1750 × 2160 | 2300 | 106 | 1000 | 380V, 50HZ | 4.5KW |
| WG-2.5JS | 900 × 1392 | 2000 | 2500 | 2350 × 1750 × 2160 | 2700 | 132 | 1250 | 380V, 50HZ | 6KW |
| WG-3.0JS | 900 × 1380 | 2494 | 3000 | 2830 × 1860 × 2160 | 3500 | 160 | 1500 | 380V, 50HZ | 8KW |
| WG-4.0JS | 900 × 1380 | 3250 | 4000 | 3580 × 1860 × 2160 | 4500 | 215 | 2000 | 380V, 50HZ | 8KW |
Note: ②④ ③⑥ ④⑧ ⑦⑧ represent the power of the built-in steam generator (optional)
